PROJECT 01 / FEATUREDCompleted
EDITH Autonomous VTOL
A 1.25 kg electric VTOL vehicle with custom flight-control hardware and thrust-vectoring control.
Flight-control engineer · 2025 — 2026
Embedded CControl systemsCAD
10-second hover. Attitude within ±10° for 95% of recorded samples.
Inside the project
The problem
Build a compact vehicle capable of stable vertical flight.
My contribution
Designed the flight controller, integrated inertial sensors, and built a hardware-in-the-loop simulation bench.
The process
Iterated between simulation, bench testing, and short flight tests.
What I learned
A repeatable test setup made each design decision easier to evaluate.
Collaborators
A student engineering team
Evidence
This is fictional example content. No source artifacts are attached.
PROJECT 02Completed
Real-time trajectory monitor
Making vehicle telemetry easier to understand, one live data stream at a time.
Software engineer · Summer 2026
C++TypeScriptData visualization
Built an interactive view of position and predicted trajectory.
Inside the project
The problem
Translate dense telemetry into a useful view of vehicle motion.
My contribution
Implemented C++ and TypeScript tools for telemetry processing and trajectory visualization.
The process
Prototyped the visual interface with simulated data.
What I learned
Good tools show uncertainty alongside the data.
Evidence
This is fictional example content. No source artifacts are attached.